FRM Exam Part II · Tokenization and Financial Market Inefficiencies

Frictions in Traditional Financial Markets: Settlement Delays and Intermediaries

Updated 11 October 2026 · Fact-checked

Frictions in traditional markets are costs and risks that arise because trading, clearing and settlement run through many intermediaries, separate ledgers and delayed settlement. A T+2 gap leaves both sides exposed to counterparty default and market moves. To answer exam questions, find the friction, name the risk it creates, and state its cost.

Understand Frictions in Traditional Financial Markets

A trade in a traditional market is not finished when two parties agree on a price. Ownership and cash must still move. That takes time, and the delay is where most frictions come from.

Start with the trade lifecycle. Trading is agreeing the deal. Clearing is confirming the details, matching the trade, calculating obligations and, often, netting them. Settlement is the final exchange of the security and the cash. In a typical equity trade, the settlement date is two business days after the trade date (T+2). Some markets, such as the US and India, have moved to T+1 for equities.

The gap between trade and settlement creates counterparty risk. If one side defaults before settlement, the other may lose the unrealised gain on the trade (replacement cost risk) or, if it has already delivered, the full value (principal risk). Market prices also keep moving during the gap, so exposure changes daily. A longer gap means more time for exposure to build and for a default to happen.

The second source of friction is the chain of intermediaries. Brokers, custodians, clearing members, central counterparties (CCPs) and central securities depositories (CSDs) each hold their own records. Each takes a fee and each adds a step. Because the records are separate, they must be reconciled: every party checks that its ledger agrees with the others. Mismatches cause failed trades, manual fixes and operational risk.

The third source is fragmented infrastructure. Different assets, countries and currencies use different venues, depositories, cut-off times and payment systems. Cross-border trades need extra intermediaries and time-zone coordination. Collateral and cash get trapped in silos, so firms hold more liquidity buffers than they would need otherwise. These frictions are the problems that tokenization claims to reduce, so know them well before studying the fixes.

Key formulas to remember

Trade lifecycle order: Trade → Clearing (match, confirm, net) → Settlement (securities and cash exchanged); Clearing is not settlement. Clearing determines what is owed. Settlement is the actual transfer.
Settlement lag: Settlement date = trade date + n business days (T+n); T+2 means two business days. Weekends and holidays are not counted.
Replacement cost exposure: Exposure = max(current market value of the trade to you, 0); If the price has moved in your favour and the counterparty defaults, you lose this amount. If it moved against you, you lose nothing on replacement.
Principal risk: Loss = full value of what you delivered, if you deliver and the other side does not; Occurs when delivery and payment are not simultaneous. Delivery versus payment (DvP) removes it.
Netting: Net obligation = Σ amounts owed to you − Σ amounts you owe (same counterparty, same currency or CCP); Reduces gross settlement flows and exposures. Gross flows are not reduced without netting.

How to solve Frictions in Traditional Financial Markets questions

Use this method for any question on market frictions, settlement delay or intermediaries.

1Identify the stage of the lifecycle the question is about: trading, clearing or settlement.
2Name the friction: settlement delay, extra intermediaries, fragmented infrastructure or reconciliation.
3Name the risk it creates: counterparty (replacement or principal), operational, liquidity or cost.
4Check what is exposed and when. Exposure exists between trade and settlement, and for the full value only if delivery is not simultaneous.
5If numbers are given, compute exposure as the positive part of the current market value, or the net amount after netting.
6Decide which control reduces the risk: shorter settlement cycle, DvP, CCP novation, netting or collateral.
7Match your answer to the exact wording. Eliminate options that confuse clearing with settlement or replacement risk with principal risk.

Quickest way: Three-question filter

When to use it: Use it for conceptual MCQs where four options sound plausible.

Ask: what is the delay or extra step? That is the friction.
Ask: who could fail to perform during it? That is the counterparty risk.
Ask: what removes the gap or the extra party? That is the fix: shorter cycle, DvP, CCP or shared ledger.
Pick the option that links friction, risk and fix. Reject options that claim a friction is removed without changing the gap.

Common mistakes in Frictions in Traditional Financial Markets

Treating clearing and settlement as the same thing.
Both happen after the trade and people use the words loosely.
Fix: Clearing = matching, confirming, netting and calculating obligations. Settlement = final transfer of securities and cash.
Saying the whole trade value is always lost if a counterparty defaults.
Confusing principal risk with replacement cost risk.
Fix: With DvP, the loss is mainly the replacement cost, the positive market value change. Full value is at risk only if you delivered without receiving payment.
Assuming a shorter settlement cycle removes counterparty risk.
Shorter feels like safe.
Fix: It reduces the time and exposure build-up, but does not remove the risk. Only simultaneous settlement or a CCP changes its nature.
Counting exposure when the trade is out of the money for you.
Forgetting that exposure is one-sided.
Fix: Use max(value, 0). If the trade has moved against you, your replacement exposure is zero.
Seeing intermediaries only as a fee cost.
Fees are the most visible cost.
Fix: Intermediaries also add reconciliation work, operational risk, delays and extra points of failure.
Counting weekends in T+2.
Treating T+2 as two calendar days.
Fix: Count business days only.

Worked examples

Example 1

A bank buys €10 million of bonds on a Monday under T+2 settlement. There are no holidays. On Tuesday the market value of the bonds rises to €10.15 million, and the seller is then declared insolvent before settlement. Assume DvP, so no cash or securities have moved. What is the replacement cost loss, and on which date was settlement due?

Show the solution

Settlement is due two business days after Monday, so Wednesday.
The bank agreed to pay €10 million for bonds now worth €10.15 million.
Because of DvP, the bank has paid nothing and delivered nothing. It has not lost principal.
To replace the bonds it must pay €10.15 million in the market instead of €10 million.
Replacement cost = 10.15 − 10.00 = €0.15 million.

Answer: Settlement was due Wednesday. Replacement cost loss is €0.15 million (€150,000).

Example 2

Over a day, Bank A has three trades with Bank B settling the same day in USD: A owes B $40 million, B owes A $25 million, and A owes B $5 million. What is the net settlement, and by what percentage do gross flows fall?

Show the solution

Gross flows: 40 + 25 + 5 = $70 million.
A owes B in total 40 + 5 = $45 million. B owes A $25 million.
Net: A pays B 45 − 25 = $20 million.
Reduction = (70 − 20) ÷ 70 = 50 ÷ 70 = 71.4%.

Answer: Net settlement is A paying B $20 million. Gross flows fall by about 71.4%.

Exam tips

Questions usually give a scenario and ask which friction or risk applies. Name the lifecycle stage first.
Know the difference between replacement cost risk and principal risk. Options often swap them.
Watch whether delivery versus payment is stated. It changes the amount at risk.
Link each friction to the tokenization benefit it motivates, such as atomic settlement for delay and shared ledgers for reconciliation.
Count business days carefully in any settlement date question.

Practice questions from Tokenization and Financial Market Inefficiencies

Frictions in Traditional Financial Markets: frequently asked questions

What is the difference between clearing and settlement?

Clearing is the process after a trade of matching and confirming details, calculating obligations and often netting them. Settlement is the final delivery of securities against payment of cash. Clearing decides what is owed. Settlement completes the transfer.

How does T+2 settlement create counterparty risk?

For two business days after the trade, each side depends on the other to perform. If the counterparty defaults and prices have moved in your favour, you lose that gain as replacement cost. If you deliver first without receiving payment, you can lose the full value.

Why do intermediaries create inefficiency?

Each intermediary adds a fee, a step and its own ledger. The ledgers must be reconciled, which causes delays, errors and operational risk. More parties also means more points of failure.

Does a shorter settlement cycle remove counterparty risk?

No. It shortens the exposure window and cuts the potential exposure build-up. Counterparty risk still exists until settlement is final, and only DvP, CCPs or atomic settlement address its structure.